Inspired by the development of adsorption techniques, an adsorbent for ammonium (NH 4+-
N) removal, featuring high selectivity towards NH 4+-N, high adsorption capacity, simplicity …

In this study, a functionalized zeolites column was developed to remove ammonia nitrogen
with a low concentration (50 mg/L) from aqueous solution. The absorption properties and …

The effect of preparation parameters on the performance of zeolite for ammonium (20–300
mg N/L) adsorption from simulated wastewater is reported. It was found that the ratios of Na …

Adsorption is an effective approach for remediating ammonium pollution, and zeolite has
exceptional efficacy for the adsorption of ammonium. The investigation of ammonium …

Ion exchange (IE) has been so far limited to treating waters and wastewaters low in solids
(TS) and ammonium (NH 4+). This study provides a new insight into the application of IE for …

The aim of this study was to remove ammonium from aqueous solution and recycle
ammonium. Ammonium removal from aqueous solution by natural and pretreated zeolites …

Zeolite X was successfully synthesized from natural halloysite mineral by hydrothermal
method. The synthesized zeolite X was characterized by XRD, SEM, TEM and HRTEM. The …

The capability of two synthetic zeolites, NaA and NaX, to remove ammonia nitrogen from
water was examined. NaA and NaX were porous zeolites with an average particle diameter …

This study utilized a straightforward method to fabricate zeolite X, demonstrating high
adsorption performance for the removal of NH3-N from wastewater. The adsorption behavior …

In this study, the optimum ammonium removal by activation of synthetic zeolite in the
aqueous phase was investigated by batch ion exchange adsorption assay, and its surface …